Ripple, which was last valued at $11.3 billion in a 2024 share buyback, said that once the transaction closes the plan is for Hidden Road to use its RLUSD stablecoin — which launched in December — as collateral across the company's prime brokerage products.

"Collateral is key" in the prime brokerage services industry, Garlinghouse said. Hedge funds and other institutional investors typically require collateral o take out loans or complex trading positions, such as short selling.

Ripple's acquisition of Hidden Road remains subject to necessary regulatory approvals. Garlinghouse told CNBC he expects the deal to close no later than the third quarter of 2025.

The crypto chief has previously been critical of the SEC and its former leader Gary Gensler, who oversaw aggressive legal actions against multiple crypto firms, including Ripple.

Barclays analyst Tim Long wrote that he expects Apple to raise prices, or the company could suffer as much as a 15% cut to earnings per share. Apple may also be able to rearrange its supply chain so that imports to the U.S. come from other countries with lower tariffs.

JPMorgan Chase analysts predicted last week that Apple could raise its prices 6% across the world to offset the U.S. tariffs. Barclays analyst Tim Long wrote that he expects Apple to raise prices, or it could suffer as much as a 15% cut to earnings per share.

If Apple were to relocate iPhone production to the U.S. — a move that most supply chain experts say is impossible — Wedbush's Dan Ives predicts an iPhone could cost $3,500.

Morgan Stanley analysts on Friday said Apple could absorb additional tariff costs of about $34 billion annually. They wrote that although Apple has diversified its production in recent years to additional countries — so-called friendshoring — those countries could also end up with tariffs, reducing Apple's flexibility.

After last week's "reciprocal tariff announcement, there becomes very little differentiation in friend shoring vs. manufacturing in China — if the product is not made in the US, it will be subject to a hefty import tariff," Morgan Stanley wrote.

Last week, the firm estimated that Apple may raise its prices across its product lines in the U.S. by 17% to 18%. Apple could also get exemptions from the U.S. government for its products.

A long journey to hold their baby
Before the transplant surgery, Mrs Davidson and her husband underwent fertility treatments to produce seven embryos, which were frozen and prepared for in vitro fertilization (IVF) in central London, Sky News reports.

In February 2023, Mrs. Davidson received her 42-year-old sister’s womb, a mother of two. Several months later, doctors inserted one of the embryos with IVF. Not all procedures are successful, either. However, a team in the UK pushed the initiative forward, executed the transplant, and delivered a healthy baby girl at 4.5 lbs.

Amy Isabel was named after Grace’s sister and Isabel Quiroga, the surgeon who perfected the transplant technique. They induced labor early for precautionary measures. Her mother, Grace, said that it was hard for her to believe that she was real. “I knew she was ours, but it’s hard to believe,” The Guardian continues.

Her father described the moment as emotional because the room was full of people who had helped them on this journey. “We had been kind of suppressing emotion, probably for 10 years, and you don’t know how that’s going to come out—ugly crying, it turns out!”

It’s, like, a serious procedure
Thus far, Amy Isabel is one of 50 other babies born via a foreign womb. Since then, one hundred women have undergone the procedure in at least 10 countries. Since Davidson became a mother, the UK has subsequently delivered three babies. Amy Isabel opened a new door. She’s not alone.

He also confirmed that F/A-XX will have 25% more operational range before refueling than the current fighters.

The US Navy’s current most advanced fighter, the F-35C, has a range of approximately 1,367 miles (2,200 kilometers).

With 25% more range, the F/A-XX could have a maximum operating range of more than 1,700 miles.

Donnelly added that with refueling, the fighter would have an indefinite range as long as refueling was available.

Besides illumination, Freefly engineers integrated a clever cooling feature: the drone’s rotors push airflow across the LEDs, preventing overheating. This design choice helps extend the lights’ lifespan to thousands of hours before requiring major service, a critical advantage for missions that can’t afford downtime.

Battery or tether for endless light
Although the Alta X can normally fly between 20 and 50 minutes on its dual 16-Ah lithium-ion battery packs (depending on payload weight), the Flying Sun 1000’s high-power lighting demands a lot of juice. While the system can operate on the drone’s onboard batteries for around 5 to 10 minutes at full brightness, it truly shines when tethered to an external power source, like a portable generator or even an electric vehicle.

This successful imaging procedure holds promise for keeping astronauts safe and healthy on long-term space missions to the Moon and, eventually, Mars.

The experiment utilized a portable X-ray system adapted for spaceflight.

There were initial fears that increased background radiation would compromise image quality.

“In terms of methods, one of my concerns was that the increased background radiation might reduce the quality of the image so that it would fall below clinical standards. From the first images we have received from space, it seems that the quality is great. I am very excited to further analyze the full set of images,” said Lonnie Petersen, a co-investigator on the SpaceXray project, and associate professor in MIT’s Department of Aeronautics and Astronautics.

It can integrate seamlessly into Shield AI’s AI-powered autonomy software for best-in-class perception and cognition. This means it can navigate and make decisions without GPS or communications.

It can now operate with minimal downtime on missions in jammed or denied environments. The drone is also SATCOM-enabled, allowing control anywhere on Earth, not just nearby, via Beyond-Line-of-Sight (BLOS) command and control (C2).

But it gets better. According to Shield AI, V-BAT supports multi-payload integration, including ViDAR-enabled passive wide-area motion imagery, synthetic aperture radar (SAR), and electronic warfare payloads. SAR, in particular, is interesting as it enables the drone to effectively “see” through clouds at night and during the day.

These new capabilities further cement the V-BAT’s already impressive market position by offering the capabilities of traditionally larger and more expensive drones in a smaller and cheaper package.

The acquisition marks one of the largest deals in the digital asset space to date, topping Stripe's $1.1 billion February deal to buy Bridge, a platform that makes it easier for businesses to take payment via stablecoins.

Ripple CEO Brad Garlinghouse said the deal came together after Hidden Road found itself "constrained" in growth due to balance sheet limitations and began looking for external capital.

"This is a big deal for Ripple — but also a big deal for the industry," Garlinghouse told CNBC by phone."As the entire crypto industry gets more into traditional finance, we need top tier infrastructure to be able to support the financial institutions that want to come in."

Among tech's megacap companies, Apple is having the roughest stretch. On Monday, the only stocks to drop in that group of seven were Apple, Microsoft and Tesla.

The Nasdaq finished almost barely up on Monday after plummeting 10% last week, its worst performance in more than five years.

Analysts say Apple will likely either need to raise prices or eat additional tariff costs when the new duties come into effect. UBS analysts estimated on Monday that Apple's highest-end iPhone could rise in price by about $350, or around 30%, from its current price of $1,199.

Shares of Apple have plummeted 20% over the past three trading days, wiping out nearly $640 billion in market cap, on concern that Trump's tariffs will force the company to raise prices just as consumers are losing buying power.

"Based on the checks we have done at a company level, there is a lot of uncertainty about how the increased cost sharing will be done with suppliers, the extent to which costs can be passed on to end-customers, and the duration of tariffs," UBS analyst Sundeep Gantori wrote in the note.

Apple, which does the majority of its manufacturing in China, is one of the most exposed companies to a trade war. China has a potential incoming 54% tariff rate — before new increases were proposed Monday. Smaller tariffs were also placed on secondary production locations, such as India, Vietnam and Thailand.

Except she met her future husband, David, at 19, shortly after she had been diagnosed. They got married and approached the womb transplant team in 2014. She was admitted into the deceased donor program in 2015. At the same time, they informed her that living donor womb transplants were gaining momentum across countries, including the UK.

After waiting three years, Davidson’s patience ran out as she wanted to begin a family with her husband. Her mother couldn’t provide hers for medical reasons, and finally, one of her sisters, Amy, matched in 2019. She underwent an eight-hour operation to donate her womb.

25% more range than F-35C
During the show, US Navy Rear Adm. Michael “Buzz” Donnelly, director of the air warfare division within the Office of the Chief of Naval Operations, told reporters about the expected range and specifications of F/A-XX.

Donnelly said that the Navy is looking to increase the range of future fighters, which will be its “core attribute” as well.

“That increased range is an essential attribute that we’re looking to field. So probably over 125% of the range that we’re seeing today to give us better flexibility, operational reach,” he added.

“It will, of course, have refuel ability. And all of our air wings, our tactics and what we are designing in the future considers organic refueling capability. So the F/A-XX will be able to leverage that,” Donnelly noted.

288 LEDs for a blinding glow
What truly sets the Flying Sun 1000 apart is its array of 288 downward-facing LEDs, arranged on four separate panels, each loaded with 72 lights. Together, they form a 300,000-lumen beam that radiates through a 60-degree spotlight. The beam’s brightness and coverage vary with altitude.

For example, hovering at about 100 ft (30.5 m) above ground lights up roughly 14,000 square feet (1,301 sq m) with 10-foot candles of intensity, enough to illuminate most nighttime outdoor operations. Flying higher at 316 ft (96 m) expands coverage to 137,000 square feet (12,728 sq m), though brightness drops to 1 foot-candle.

Launched on March 31st, the Fram2 mission was a unique endeavor, funded by Maltese cryptocurrency billionaire Chun Wang, who was joined by three fellow polar expedition enthusiasts.

Capturing X-ray images in space
Just like the first X-ray image from 130 years ago, this scan shows a black-and-white view of a hand with a ring.

In 1895, German physicist Wilhelm Röntgen accidentally discovered X-rays while experimenting with cathode rays. Recognizing its medical potential, he captured the first human X-ray image of his wife’s hand with a ring. This single image revolutionized medical imaging forever.

The Fram2 crew recreated that X-ray portrait in microgravity roughly 200 miles above the Earth’s surface. The image was captured within a four-person space capsule traveling at 17,500 mph.

What are you trying to do? There is a threadcast for the AMA starting in a little over an hour.

That would be a good threadcast to set up. I have said we need a crypto threadcast each day for months. Nobody sets it up.

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The Rise of Sodium-Ion Batteries: A New Dawn for Energy Storage?

Sodium-ion battery (SIB) technology may not be groundbreaking, but recent developments indicate a significant shift in the energy storage market. Leading companies like CATL, the world’s largest lithium battery manufacturer, are turning their attention to sodium, suggesting that lithium-ion batteries may soon face stiff competition.

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In a notable interview in November 2024, CATL co-founder Robin Zeng expressed a surprising skepticism about the future of solid-state batteries, favoring sodium-ion batteries instead. With CATL controlling about 40% of the global battery market in 2023, its endorsement carries substantial weight. The company is actively preparing to launch a second-generation sodium battery with an impressive energy density of over 200 Wh/kg, signaling serious advancements from previous versions.

While currently lower than lithium-ion batteries, which reach approximately 300 Wh/kg, this progress suggests sodium technology could be on the cusp of a breakthrough.

Why the Shift to Sodium?

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The mechanics behind sodium-ion batteries are relatively straightforward. Since sodium behaves similarly to lithium, SIBs share a structure akin to lithium-ion batteries. They offer comparable round-trip efficiency, meaning energy input and output are nearly equal. However, the key advantage of sodium lies in its availability; abundant and easily extractable, sodium poses fewer risks of supply chain disruptions and geopolitical tensions compared to lithium.

Moreover, SIBs present certain advantages over their lithium counterparts. Their chemistry allows them to withstand extreme temperatures and reduces risks of thermal runaway—a significant safety concern in large-scale energy storage.

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The potential for sodium-ion batteries extends beyond cost-effectiveness. In cold conditions, lithium-ion batteries struggle, whereas sodium batteries can operate efficiently even at temperatures as low as -40°C. This aspect could be particularly appealing for electric vehicle (EV) manufacturers and large-scale energy storage applications located in harsher climates.

Industry Momentum: CATL and BYD Lead the Charge

CATL's initiatives are matched by competitor BYD, which is poised to fulfill an ambitious sodium battery production goal with its new gigafactory expected to produce 30 gigawatt-hours annually by 2027. BYD anticipates that its sodium batteries could match the cost of traditional lithium iron phosphate batteries by 2025, potentially making them an affordable alternative.

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Additionally, BYD is introducing the MC Cube sodium battery energy storage system, set to offer 1,155 kW power output. While this capability is lower than that of most lithium-ion systems, it could signal broader acceptance and deployment of sodium technology across various sectors.

Other Players in the Sodium Field

China is not sole in pursuing sodium-ion advancements. U.S.-based Natron Energy is making strides with a sodium battery that reportedly charges and discharges at rates ten times faster than typical lithium-ion batteries. They’re in the process of establishing a gigafactory in North Carolina with projected production capacity of 24 GWh. However, Natron has yet to resolve the challenges related to energy density, which traditionally hinders SIBs, especially in the EV market.

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The sodium-ion landscape is also accompanied by innovative research like that from the Dincă Lab, which has developed an organic cathode that could fundamentally enhance the energy density of sodium batteries, addressing one of the toughest limitations they face today.

Potential Challenges Ahead

Despite the burgeoning enthusiasm surrounding sodium-ion technology, challenges remain. The main hurdle revolves around energy density, as sodium batteries have historically been less energy-dense than lithium-ion batteries. With lithium prices now plummeting—down 70% over the last three years—this price drop could further complicate the economic justification for sodium's widespread adoption.

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High-profile companies like Northvolt, which recently unveiled its own sodium battery before filing for Chapter 11 bankruptcy, highlight the unpredictable nature of the current market environment. Such developments raise questions about the long-term viability and scalability of sodium batteries compared to established lithium technologies.

Conclusion: A Promising, Yet Uncertain Future

While sodium-ion batteries appear poised for a brighter future within the energy storage sector—backed by some of the biggest names in battery manufacturing—significant uncertainties linger. Will sodium batteries genuinely challenge lithium dominance, or are they destined to remain a niche alternative?

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The next few years will be telling, as corporations invest heavily in sodium technology and researchers continue to innovate. For now, many eyes will remain tightly focused on how this emerging technology unfolds, with the potential to reshape the global energy landscape. As the landscape evolves, consumer acceptance and production scalability will be pivotal in determining the lasting impact of sodium-ion batteries on the market.

So, is sodium ready to take its place alongside lithium in energy storage applications? The answer remains partially in the hands of manufacturers and researchers—but one thing is certain, the conversation around sodium-ion technology is just beginning.

In case you are unaware, the V-BAT is an advanced military drone specifically designed for use in harsh environments, such as at sea, near borders, or deep in enemy territory. The drone can take off and land vertically like a helicopter, so it doesn’t require a runway or catapult.

It also doesn’t need special equipment, like a net, for recovery. It can land on moving ships or rooftops, even in bad weather or high winds. Shield AI has also announced that this VTOL capability is now fully automated, eliminating the need for human assistance during these critical operational phases.

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The Ongoing TikTok Battle in the U.S. and Its Global Impacts

The confrontation over one of the world's most popular applications, TikTok, is far from over in the United States. As a prominent player in the current geopolitical and economic landscape, TikTok's situation reflects broader tensions between the U.S. and China. Recent developments indicate that this complex battle will continue to evolve in the coming months.

Trump's Extended Deadline

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According to recent reports from olhar digital News, former President Donald Trump has extended the deadline for ByteDance, the Chinese company that owns TikTok, to divest its U.S. operations to a non-Chinese buyer. The initial deadline has been pushed back by an additional 75 days, meaning that a deal must be reached, or TikTok risks being banned in the U.S., where it boasts around 170 million users.

The proposed arrangement aimed to create a new company based in the U.S., controlled by American investors, while allowing ByteDance to retain less than 20% ownership. However, this deal has hit a roadblock as sources reveal that Beijing has indicated it would not approve the divestment.

China's Retaliatory Stance

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The tensions have escalated following Trump's imposition of hefty tariffs—up to 54%—on various Chinese exports. These tariffs seem to have prompted China to adopt a firmer stance against the TikTok divestment, arguing against measures they believe compromise the free-market principles. The Chinese embassy’s statement emphasized respect for corporate rights while opposing actions deemed as violations of economic tenets.

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The ongoing pressure from the U.S. Congress also adds complications, as lawmakers urge Trump to act in accordance with legislation designed to address perceived national security risks. Although TikTok remains operational in the U.S. due to a suspension of the enforcement of the law by the Department of Justice earlier this year, the situation remains precarious, with negotiations still underway.

Global Trends in Digital Creation

In concurrent news, a new trend has emerged in the digital space, showcasing the popularity of image-creation tools within platforms like ChatGPT. Approximately 150 million users have generated over 700 million images, highlighting significant user engagement with AI-driven creativity.

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Initially, styles reminiscent of films from Studio Ghibli dominated social media, but a fresh trend has emerged—transforming individuals into collectible-style action figures. Popular personalities such as Adriane Galisteu, Marcelo Serrado, and Dani Calabresa have embraced this new craze.

Creating one’s own action figure involves submitting a reference photo to the ChatGPT interface, along with detailed prompts to achieve the desired likeness. The results have caught the attention of many users, and the transformation into cartoon-like representations is drawing interest on various digital platforms.

Conclusion

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As the TikTok saga unfolds, its implications ripple through both economic and political realms. The ongoing negotiations and growing international tensions encapsulate the precarious balance of modern digital communication and commerce. Meanwhile, the surge in creative digital tools marks a burgeoning opportunity for individual expression in a rapidly evolving landscape. The intersection of politics, technology, and user creativity continues to shape how we interact with digital platforms, underscoring the complex dynamics at play in today’s interconnected world.

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The Challenges of Space Exploration Beyond Air and Gravity

When we think about the difficulties of space exploration, we often envision problems like the lack of air or the absence of gravity. However, there are numerous other issues that can complicate human life outside of Earth. This article delves into some of these challenges and the innovative solutions being developed to tackle them.

The Invisible Enemy: Lunar Dust

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During missions to the moon, astronauts encounter a formidable foe in the form of lunar dust. This dust has been formed over billions of years through impacts from micrometeorites, and its characteristics make it particularly hazardous. Without water to soften it, lunar dust is sharp, fine, and electrically charged. It clings to everything: space suits, lenses, equipment – even the lungs of astronauts.

The Apollo missions, particularly those involving Neil Armstrong and his team, faced this challenge head-on. They dealt with damaged equipment and compromised health due to exposure to this abrasive substance. Following these missions, NASA has sought solutions to mitigate the risks posed by lunar dust.

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One promising innovation is the creation of an electrodynamic dust shield. This technology acts as an invisible hand, generating alternating electric fields that push dust particles away from sensitive surfaces. Remarkably, the shield comprises no moving parts—just small electrodes that produce powerful forces.

Recent images released by NASA from the Blue Ghost mission illustrate the effectiveness of this technology, showcasing surfaces smeared with dust transformed into clean, pristine areas. Though still in the experimental phase, this technology exhibits enormous potential and may significantly enhance the safety and efficiency of future lunar missions.

The Next Step: High-Tech Exploration on Mars

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As space exploration ambitions grow, future missions are set to soar higher and travel further than ever before. Specifically, the focus is shifting towards Mars, with plans incorporating cutting-edge technology reminiscent of large helicopters.

The Indianuit drone has already demonstrated how aerial exploration can be conducted on the Martian landscape, completing 72 remarkable flights. However, NASA envisions a grander approach with the introduction of a helicopter the size of an SUV, named the Nigawal Noturno. This new concept, equipped with six powerful rotors and specially designed blades, aims to meet the challenges of the Martian environment, including areas that have previously been unreachable.

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The mission’s goals include exploring regions such as the Noctis Labyrinthus, a zone filled with deep valleys, mysterious tunnels, and immense dunes. The Nigawal is designed to operate at altitudes exceeding 1,500 meters, swiftly covering vast distances. Additionally, this helicopter is outfitted with advanced cameras, neutron detectors, and spectrometers, enabling it to search for signs of life, investigate the historical presence of water, and monitor volcanic activity on Mars.

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Moreover, it will help identify ideal locations for future manned missions. Although the Nigawal Noturno is still in the conceptual stage—recently presented at a scientific conference in the United States—it signifies a significant step forward in developing technologies that could enable transformative exploration of Mars.

Conclusion

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As the horizon of space exploration expands, it becomes increasingly clear that challenges extend far beyond the familiar issues of air and gravity. The dangers posed by lunar dust and the potential of technological advancements like the electrodynamic dust shield and the Nigawal helicopter illuminate the complexities of our quest to explore and understand the cosmos. Each innovation brings us closer to realizing ambitious goals, paving the way for safer and more efficient journeys into the great unknown.

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The Next Frontier in Space Exploration

The future of space exploration is poised to take humanity to unprecedented heights and distances, particularly in the pursuit of knowledge about Mars. One exciting initiative involves leveraging high technology akin to that of a large helicopter. This ambitious plan aims to go beyond current exploration capabilities.

Innovative Aerial Exploration: Introducing the Nigawk

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The Martian atmosphere has already been tested with the successful flights of the Ingenuity drone, which completed an impressive 72 flights showcasing the potential of aerial exploration on the Red Planet. However, NASA is determined to push the boundaries even further with a new helicopter design, dubbed Nigawk, that is comparable in size to an SUV. This innovative rotorcraft is fitted with six powerful rotors and specially designed blades that can tackle the Martian environment, including areas that have been previously inaccessible.

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The mission for the Nigawk helicopter includes surveying locations like Noctis Labyrinthus, a complex terrain filled with deep valleys, enigmatic tunnels, and vast dunes. Unlike ground vehicles, this helicopter has been engineered to fly at altitudes exceeding 1,500 meters, allowing it to cover significant distances rapidly and efficiently. Equipped with advanced cameras, neutron detectors, and spectrometers, the Nigawk will conduct major research such as searching for signs of life on Mars, studying the planet's hydrological history, and even monitoring volcanic activity. Furthermore, its findings will be critical in identifying suitable sites for future crewed missions to Mars.

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As of now, the Nigawk is still in the conceptual stage, having been recently unveiled at a scientific conference in the United States. Before making its maiden flight to Mars, the project will require extensive development.

Challenges of Space Exploration: Lunar Dust

When considering the complexities of space exploration, one often thinks of issues like lack of air or zero gravity. However, other less obvious challenges could complicate human life beyond Earth, particularly on missions to the Moon.

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Lunar dust poses a significant hidden threat to astronauts and equipment. This abrasive substance has accumulated over billions of years due to impacts from micrometeoroids and lacks any liquid water to soften its particles. As a result, it presents a sharp, fine, and electrically charged hazard that can adhere to spacesuits, lenses, and equipment—and even lodge in the lungs of astronauts. Historical missions, such as Apollo, faced difficulties with contaminated gear and compromised health due to this pervasive lunar dust.

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In response to these challenges, NASA has developed an innovative solution known as the Electrodynamic Dust Shield. This technology works like an invisible hand, generating alternating electric fields that repel dust particles away from sensitive surfaces. Remarkably, the shield consists of only small electrodes, which manage to exert powerful forces for maintaining cleanliness.

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Recent images shared by NASA following tests conducted on the Moon during the Blue Ghost mission demonstrate the effectiveness of this dust shield technology. The images starkly contrast surfaces covered in dust with areas that have been cleaned and prepared for use. Though still experimental, this technology could be pivotal in safeguarding astronauts and their equipment, significantly enhancing the safety and efficiency of lunar exploration in the future.

Conclusion

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As humanity stands on the brink of groundbreaking advancements in space exploration, the endeavors of aerial explorations on Mars and protective technologies against lunar dust paint an optimistic picture for the future. Innovations such as the Nigawk helicopter and the Electrodynamic Dust Shield could revolutionize our journey to understand the cosmos, protect our astronauts, and open up new pathways for exploration of distant worlds.

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The Importance of Security in Conversations with Chatbots

In recent years, the rise of chatbots has revolutionized the way we interact with technology. While they offer convenience and efficiency, it is crucial to approach these interactions with a heightened sense of caution, especially from a security perspective.

Understanding the Risks of Sharing Information

When conversing with a chatbot, it may seem harmless to ask for a recipe, seek help with a problem, or even share personal experiences. However, every typed word provides the chatbot with more insights about you—possibly even more than intended. The real concern lies in the type of information we disclose during these interactions.

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Sensitive information, ranging from basic preferences to critical personal data such as medical records, passwords, and corporate secrets, can potentially end up in a massive database. These data sets might be used to train new AI models, but there's a darker side: data could leak and find its way into the wrong hands.

Past Incidents Highlighting Vulnerabilities

Several incidents in 2023 underscore the potential dangers. For instance, a bug in ChatGPT allowed users to access others' conversations, while an error in email communication from OpenAI exposed personal information—including full names and payment details—of users. Such breaches demonstrate that sharing information with chatbots could ultimately reveal your private data if companies face hacking attempts or legal inquiries.

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Experts advise exercising caution: never share document numbers, passwords, banking information, or any confidential business details. Remember, chatbots are designed for conversation flow, not for safeguarding secrets.

The Human Element in Chatbot Interactions

Moreover, engaging with a chatbot by clicking ‘like’ or ‘dislike’ on responses might lead to your interactions being stored in the company's database. In some instances, human employees may even review these conversations, particularly if the topics involve sensitive issues. This means that what you thought was a private dialogue between you and the AI could potentially be seen by real people.

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Different companies manage user data differently. For example, Antropic’s Cloud service promises to delete user data within two years without utilizing it for training purposes. In contrast, platforms like ChatGPT, Copilot, and Gemini incorporate user interactions into their learning processes unless explicitly disabled in user settings.

Best Practices for Safe Chatbot Usage

If the idea of someone snooping on your conversations unsettles you, a straightforward solution is to delete your interactions after use. However, it's important to note that deleted data can take up to 30 days to be completely removed from the system.

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Before divulging any information, ask yourself: "Would I be comfortable if this information was read by someone else?" When in doubt, it’s always better to err on the side of caution and avoid sharing sensitive details.

Conclusion

As the landscape of technology evolves, so do the methods and means of safeguarding our information. With the increasing prevalence of chatbots, understanding the potential risks associated with sharing personal data is more important than ever. By implementing recommended practices and remaining vigilant, we can navigate the world of chatbots more safely and securely.

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Global Stock Market Decline and Big Tech Turmoil

The world is experiencing a significant downturn in stock markets, particularly affecting major technology companies, commonly referred to as “big tech.” This precarious situation has intensified since U.S. President Donald Trump announced a series of tariffs on imported goods. In light of these developments, we turn to Artur Igreja, a technology and innovation specialist, to gain insight into the implications of these tariffs, particularly concerning the social media platform TikTok.

The Impacts of TikTok's Potential Withdrawal from the U.S.

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The discussion begins with the situation surrounding TikTok, a platform that has become not only a social network but also a vital tool for many businesses. Artur Igreja asserts that if TikTok were to exit the U.S. market, it would be a catastrophic event for virtually everyone involved. Many small businesses rely on TikTok for marketing and customer engagement, leveraging its unique ability to reach audiences at a lower cost. The loss of such a powerful platform would consequently dilute market competition and hinder the growth of these businesses.

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Igreja highlights that the geopolitical struggle between the U.S. and China is the backdrop to these developments, with recent deadlines extended, indicating ongoing negotiations. The fate of TikTok encapsulates broader themes of economic policy and international relations that are shaping global markets.

Market Trends in Technology Amidst Economic Turbulence

Following an initial sharp decline, big tech firms seem to have found a degree of stability, according to Igreja. However, he emphasizes that this stability is relative and not indicative of overall security in the market. We are currently witnessing unprecedented transformations, with significant news regarding tariffs and international diplomacy affecting the sector.

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Igreja suggests that the technology sector does not have inherent structural problems but is influenced by external factors preventing accurate forecasts. The future valuation of these companies largely hinges on predictions of revenue and market access, making it increasingly difficult for investors to determine the right course of action in this volatile environment.

The ongoing uncertainty leads to a flight towards safer investments, indicative of an exceedingly turbulent economic landscape. Investors seek clarity and predictable rules, which are currently lacking, contributing to instability in market valuations.

The Evolution of Artificial Intelligence Amid Economic Challenges

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Amidst the economic turbulence, the race for advancements in artificial intelligence (AI) continues unabated. Artur notes that while the current economic environment may induce pauses or reevaluations in some investments, the long-term trajectory for AI development remains robust. The consensus is that AI utilization will increase, despite short-term hurdles reminiscent of the tech boom and bust at the turn of the millennium.

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The industry's key players are focused on mid to long-term growth trajectories rather than immediate fluctuations. While a global recession may momentarily dampen the pace of innovation and investment in AI, the overall potential for growth in this sector remains intact. Historical parallels suggest that, despite challenges, technology tends to rebound and thrive in the long run.

The Chip Market: Inherent Vulnerabilities

The ongoing uncertainties have also raised questions about the chip market, a critical component of the tech economy. Artur addresses concerns over the geopolitical stability of production centers like Taiwan, which is essential for semiconductor manufacturing. The fear of potential conflicts in the region adds layers of complexity to an already tenuous market.

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Moreover, major players like Nvidia hold a dominant position in the sector, leading to questions about sustainability in their growth models. As companies seek closer supply chains and alternative solutions to mitigate risks, the overall market for chips could face adverse effects from recalibrated forecasts among major tech firms.

With every adjustment in these companies’ projected valuations, the foundational chip market—infrastructure vital for powering technology—faces potential contractions, compounding the existing market challenges.

Conclusion: Navigating an Uncertain Future

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The conversation led by Artur Igreja underscores the multitude of factors influencing today's technology and economic landscapes. As stock market indicators fluctuate amid political turbulence and evolving sectors, the need for informed discourse and analysis has never been greater. Stakeholders in the tech industry must remain vigilant as developments unfold, marking this period as one of both peril and potential for transformative growth across the technology landscape.

With dynamic shifts at play, close monitoring of market trends and expert insights will be essential for understanding the future of technology and investment strategies.

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The Rise of Image Creation Tools in ChatGPT

In an age where artificial intelligence continues to evolve at a breakneck pace, a new tool for creating images within the ChatGPT platform has garnered global attention and usage. Recent reports indicate that approximately 150 million users have generated more than 700 million images using this innovative feature.

Popularity of Ghibli-Inspired Creations

Initially, the popular trend revolved around crafting images that mimic the enchanting styles of movies from Studio Ghibli. Social media platforms were flooded with these whimsical creations, captivating both fans of animation and the wider public alike.

New Trend: Customizable Action Figures

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However, a new and exciting trend has arisen — transforming individuals into collectible action figures. This concept has quickly gained traction, especially among notable personalities such as television hosts Adriane Galisteu, Marcelo Serrado, and Dani Calabresa. To join the fun and create your own action figure, users can simply access ChatGPT, upload a reference photo, and provide detailed descriptions to enhance the customization process.

For instance, many users are familiar with a charming figure designed to resemble presenter Marisa Silva, complete with a laptop, microphone, and personalized badge. As individuals experiment with this feature, they are encouraged to adjust and refine their creations to achieve their desired results.

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Safety Concerns Surrounding Chatbots and Data Privacy

While the fascination with image creation continues, it's crucial to approach chatbot interactions with caution. As discussed in various reports, users have been prompted to consider what personal information they share while engaging with AI. Simple queries about recipes or casual discussions might seem innocuous, but the implications of sharing sensitive data can be significant.

Chatbots, by design, learn from user interactions, and everything shared—from mundane preferences to sensitive personal information—can be stored in vast databases. There are rising concerns that such data may be misused, either by being leaked externally or used inappropriately.

Notable Data Breaches

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Recent events have highlighted these risks, particularly in 2023, when a bug in ChatGPT allowed users to access conversations of others. Furthermore, vulnerabilities exposed users' names, email addresses, and payment details, raising eyebrows about the security of shared information. If companies' databases were to be compromised or subjected to legal scrutiny, personal information could resurface publicly.

Expert Recommendations on Data Sharing

Experts strongly advise caution when interacting with AI chatbots. Users should refrain from sharing sensitive data, such as:

• Identification numbers

• Passwords

• Banking information

• Confidential corporate details

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Moreover, many AI platforms, including Cloud by Anthropic, commit to deleting user data within two years, while others, like ChatGPT and Copilot, learn from user interactions unless proactive steps are taken to deactivate this feature in settings.

Managing Your Digital Footprint

For those concerned about their conversations being monitored or even reviewed by human staff, the recommendation is straightforward: delete your interactions immediately after using the chatbot. However, it is essential to note that deleted data may still linger for up to 30 days.

Before sharing any information, users should reflect on whether they would be comfortable if their exchanges were publicly accessible. In uncertain situations, erring on the side of caution is advisable.

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In conclusion, while the innovations in AI, such as image creation in ChatGPT, are undeniably exciting and bring a new wave of creativity, users must remain vigilant in protecting their privacy and personal information during their interactions.

Its well! Because we are using the summary tool to feed the Leo ia, that's why they take us for bot 👀👀👀..

That's pretty cool, it is what it is!!!!!

@taskmaster4450le

I meant, encouraging people. I don't know if editing my thread will work.